Gauntlet Test: Stribog SP9A3 Roller Delayed PCC

Published on September 29, 2020
Duration: 16:34

This review details the performance of the Grand Power Stribog SP9A3 during rigorous 'Elements' and 'Gauntlet' tests, simulating extreme environmental conditions. Instructor Tim Harmsen highlights the roller-delayed blowback system's resilience, noting specific failure points and suggesting ammunition types for enhanced reliability. The assessment provides practical insights into the Stribog's durability under stress.

Quick Summary

The Grand Power Stribog SP9A3, a roller-delayed PCC, showed resilience in extreme environmental tests, experiencing minor malfunctions like FTFs and FTEs. Instructor Tim Harmsen noted its performance exceeded expectations for its design and suggested +P ammunition for improved reliability.

Chapters

  1. 00:00Introduction to Stribog SP9A3
  2. 01:28Test Methodology Explained
  3. 02:46Elements Test Execution and Results
  4. 06:19Gauntlet Test Execution and Results
  5. 10:13Final Assessment and Recommendations

Frequently Asked Questions

How did the Stribog SP9A3 perform in the 'Elements Test'?

During the 'Elements Test', the Stribog SP9A3 experienced one failure to feed in sand, one failure to eject in dirt, and one failure to feed in mud. It successfully fired after each element was cleared.

What were the results of the Stribog SP9A3 'Gauntlet Test'?

In the 'Gauntlet Test', which involved consecutive exposure to water, sand, dirt, and mud without cleaning, the SP9A3 had one FTF in sand, two FTEs in dirt, and one FTF in mud, but managed to complete the magazines.

What ammunition was used for the Stribog SP9A3 reliability test?

The test utilized 124-grain Federal ammunition. The instructor suggested that using +P or +P+ ammunition might enhance reliability in extreme environmental conditions.

Is the Stribog SP9A3 considered reliable in adverse conditions?

While not perfect, the Stribog SP9A3 performed significantly better than expected for a roller-delayed system with an exposed action during extreme environmental tests. Its reliability can potentially be improved with hotter ammunition.

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